Some of the most amazing things to come out of the HuBMAP Consortium are the images of healthy human tissues generated by our researchers.
Here, we collected them in one place to celebrate the work of these talented individuals.
Image of the week
Immunofluoscence microscopy image of a human retina courtesy of Dr. Angela Kruse of Vanderbilt University
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Immunofluoscence microscopy image of a human retina courtesy of Dr. Angela Kruse of Vanderbilt University
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MIBITOF image of decidua, courtesy of Mike Angelo lab at Stanford University
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MIBITOF image of decidua, courtesy of Mike Angelo lab at Stanford University
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confocal microscopy image of human heart, courtesy of Dr. Andrea Radtke of the Germain Lab at NIAID
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confocal microscopy image of human heart, courtesy of Dr. Andrea Radtke of the Germain Lab at NIAID
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CODEX of human medullary rays in the kidney, courtesy of Dr. Elizabeth Neumann of Vanderbilt
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CODEX of human medullary rays in the kidney, courtesy of Dr. Elizabeth Neumann of Vanderbilt
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RNAscope image of portal triad in the liver, courtesy of Aubrianna Decker at Columbia University
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RNAscope image of portal triad in the liver, courtesy of Aubrianna Decker at Columbia University
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mass spec image of the portal triad in human kidney, courtesy of Dr. Hua Tian from Penn State
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mass spec image of the portal triad in human kidney, courtesy of Dr. Hua Tian from Penn State
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IBEX image of healthy human spleen, courtesy of Dr. Andrea Radtke of the Germain Lab at NIAID
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IBEX image of healthy human spleen, courtesy of Dr. Andrea Radtke of the Germain Lab at NIAID
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IBEX image of germinal center of human lymph nodes, courtesy of Dr. Andrea Radtke of the Germain Lab at NIAID
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IBEX image of germinal center of human lymph nodes, courtesy of Dr. Andrea Radtke of the Germain Lab at NIAID
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IBEX image of healthy human lymph nodes, courtesy of Dr. Andrea Radtke of the Germain Lab at NIAID
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IBEX image of healthy human lymph nodes, courtesy of Dr. Andrea Radtke of the Germain Lab at NIAID
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IMC image of human thymus, courtesy of Michelle Daniel of the Bodenmiller Lab
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IMC image of human thymus, courtesy of Michelle Daniel of the Bodenmiller Lab
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lightsheet microscopy image of heathy human pancreas, from Katelyn Carty at the University of Florida
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lightsheet microscopy image of heathy human pancreas, from Katelyn Carty at the University of Florida
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sci-Space image of mouse embryo (stage E14), from Dr. Cole Trapnell at UW
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sci-Space image of mouse embryo (stage E14), from Dr. Cole Trapnell at UW
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CODEX image of human kidney medulla, from Dr. Elizabeth Neumann at Vanderbilt
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CODEX image of human kidney medulla, from Dr. Elizabeth Neumann at Vanderbilt
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mass spec image of H2 and H4 histones in rat brain, courtesy of Drs. Dusan Velickovic and Kevin Zemaitis at PNNL
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mass spec image of H2 and H4 histones in rat brain, courtesy of Drs. Dusan Velickovic and Kevin Zemaitis at PNNL
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H&E and Cell Dive images of epidermis from Dr. Fiona Ginty at GE Research
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H&E and Cell Dive images of epidermis from Dr. Fiona Ginty at GE Research
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lightsheet microscopy image of human spleen compared to nebula from Dr. Seth Currlin at University of Florida
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lightsheet microscopy image of human spleen compared to nebula from Dr. Seth Currlin at University of Florida
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CODEX of healthy human colon, from Dr. John Hickey of the Nolan lab at Stanford
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CODEX of healthy human colon, from Dr. John Hickey of the Nolan lab at Stanford
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Cell DIVE image of healthy human kidney, courtesy of Christine Surrette and Dr. Elizabeth Neumann from GE Research and Vanderbilt (respectively)
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Cell DIVE image of healthy human kidney, courtesy of Christine Surrette and Dr. Elizabeth Neumann from GE Research and Vanderbilt (respectively)
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mass spec image of mouse liver, courtesy of Dr. Hua Tian at Penn State.
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mass spec image of mouse liver, courtesy of Dr. Hua Tian at Penn State.
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Cell DIVE image of the human heart, courtesy of Liz McDonough of the Ginty lab at GE Research
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Cell DIVE image of the human heart, courtesy of Liz McDonough of the Ginty lab at GE Research
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CODEX of healthy human colon, courtesy of Dr. John Hickey at Stanford
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CODEX of healthy human colon, courtesy of Dr. John Hickey at Stanford
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Imaging mass cytometry image of the thymus, courtesy of Michelle Daniel of the Bodenmiller Lab
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Imaging mass cytometry image of the thymus, courtesy of Michelle Daniel of the Bodenmiller Lab
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Human cartilage from the knee end of an adult femur stained with Safranin-O, courtesy of Dr. Peter Maye of UConn
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Human cartilage from the knee end of an adult femur stained with Safranin-O, courtesy of Dr. Peter Maye of UConn
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Autofluorescence image showing the cortex, medulla, glomeruli, and proximal tubules of the human kidney, courtesy of Elizabeth Neumann at Vanderbilt
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Autofluorescence image showing the cortex, medulla, glomeruli, and proximal tubules of the human kidney, courtesy of Elizabeth Neumann at Vanderbilt
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RNA transcripts in a section of healthy human small intestine from Long Cai's lab at Cal Tech
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RNA transcripts in a section of healthy human small intestine from Long Cai's lab at Cal Tech
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Human colon cells made by the researchers at Stanford University's Bendall lab that uses single-cell metabolic regulome profiling (scMEP).
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Human colon cells made by the researchers at Stanford University's Bendall lab that uses single-cell metabolic regulome profiling (scMEP).
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CODEX of healthy colon, courtesy of John Hickey at Stanford
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CODEX of healthy colon, courtesy of John Hickey at Stanford
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Autofluorescence image capturing heart cells (red), nuclei (blue), and dense fibers of the heart (green), courtesy of Dr. Seth Currlin at University of Florida
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Autofluorescence image capturing heart cells (red), nuclei (blue), and dense fibers of the heart (green), courtesy of Dr. Seth Currlin at University of Florida
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An autofluorescence image of cells that make up the heart/cardiac muscle, from Dr. Seth Currlin of University of Florida
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An autofluorescence image of cells that make up the heart/cardiac muscle, from Dr. Seth Currlin of University of Florida
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The lining of the uterus & fetal cells within & around maternal spiral arteries, courtesy of Dr. Michael Angelo at Stanford
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The lining of the uterus & fetal cells within & around maternal spiral arteries, courtesy of Dr. Michael Angelo at Stanford
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Proteins in the epidermis, the outermost skin layer, courtesy of Dr. Fiona Ginty at GE Research
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Proteins in the epidermis, the outermost skin layer, courtesy of Dr. Fiona Ginty at GE Research
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lightsheet image from University of Florida's, Seth Currlin, showing the neural network (green) within a human thymus, where the cells that fight infection mature.
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lightsheet image from University of Florida's, Seth Currlin, showing the neural network (green) within a human thymus, where the cells that fight infection mature.
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MALDI mass spectrometry image that shows where three kinds of lipids are in different parts of a human male kidney, courtesy of Dr. Elizabeth Neuman of Vanderbilt
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MALDI mass spectrometry image that shows where three kinds of lipids are in different parts of a human male kidney, courtesy of Dr. Elizabeth Neuman of Vanderbilt
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7 proteins in a section of healthy human colon tissue, courtesy of Dr. John Hickey at Stanford
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7 proteins in a section of healthy human colon tissue, courtesy of Dr. John Hickey at Stanford
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automated mass spectrometry imaging of the proteins in the mouse uterus, courtesy of Dr. Kristin Burnum-Johnson at PNNL
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automated mass spectrometry imaging of the proteins in the mouse uterus, courtesy of Dr. Kristin Burnum-Johnson at PNNL
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A human splenic blood vessel (cyan) surrounded by the tyrosine hydroxylase matrix (red) from axons near the blood vessel, courtesy of Dr. Seth Currlin, University of Florida
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A human splenic blood vessel (cyan) surrounded by the tyrosine hydroxylase matrix (red) from axons near the blood vessel, courtesy of Dr. Seth Currlin, University of Florida
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codex MIF image from HuBMAP member, Dr. Elizabeth Neuman, showing the cortex from a human kidney using 19 antibodies.
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codex MIF image from HuBMAP member, Dr. Elizabeth Neuman, showing the cortex from a human kidney using 19 antibodies.
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different RNA transcripts in a section of heart tissue, courtesy of Dr. Long Cai at Cal Tech
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different RNA transcripts in a section of heart tissue, courtesy of Dr. Long Cai at Cal Tech
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This page last reviewed on July 15, 2021